
Rotation of the QC and the tool - whether the QC connector
points to A,B,C,D side of the Angle Bracket when mounted
Internal mounting (QC
and tool are mounted
inward)
robot arm
Calculated (see
below)
Not
calculated
but
possible to
use
Not calculated
but possible to
use
Not
possible to
use
External mounting with QC connector on the A side
Coordinate system TCP [mm]
Center of Gravity [mm] Weight
X=0
Y= - 55 - (Tool Z value)
Z=63 + (Tool Y value)
RX=90°
RY=0°
RZ=0°
cX=0
cY= - 55 - (Tool Z value)
cZ= 63 + (Tool Y value)
0.207 kg
0.456 lb
Example with an RG2 tool:
TCP [mm]
Center of Gravity [mm]
X=0
Y= - 55 - 200 = - 255
Z= 63 + 0 = 63
RX=90°
RY=0°
RZ=0°
cX=0
cY= - 55 - 64 = - 119
cZ= 63 + 0 = 63
HARDWARE SPECIFICATION
77
Summary of Contents for RG2-FT
Page 1: ...USER MANUAL FOR UR ROBOTS v1 4 1 Original Instructions ...
Page 66: ...Proximity Sensor Typical Accuracy HARDWARE SPECIFICATION 66 ...
Page 68: ...Dimensions of the Gripper s finger in millimeters HARDWARE SPECIFICATION 68 ...
Page 74: ...8 2 4 Tools 8 2 4 1 RG2 FT All dimensions are in mm and inches HARDWARE SPECIFICATION 74 ...
Page 82: ...12 Certifications CERTIFICATIONS 82 ...
Page 83: ...12 1 EMC CERTIFICATIONS 83 ...
Page 84: ...12 2 Declaration of Incorporation 12 2 1 RG2 FT CERTIFICATIONS 84 ...